The HILNA™ V1 operates from 50 MHz to 1 GHz (useable to >1.5 GHz) delivering 20 dB of gain, less than 1 dB of Noise Figure, with an IP3 of +32 dBm.
HILNA™ V1: 50 MHz to 1000 MHz
NuWaves’ HILNA™ family of amplifiers are designed to achieve extremely low noise and high third order intercept point along with high gain. These characteristics are maintained across a wide band starting as low as 50 MHz and up to 5 GHz.
HILNA™ V1 Operating Characteristics:
| Frequency | 50 – 1000 MHz |
| Reverse Isolation | 27 dB Typical |
| Input / Output Impedance | 50 Ω |
| 100 MHz 500 MHz 1 GHz |
0.80 dB Typical 0.75 dB Typical 0.95 dB Typical |
| OIP3 | +32 dBm Typical |
| P1dB | +18 dBm Typical |
| Operating Voltage | 5 – 20 Volts DC |
| Current | 70 mA Typical |
| ESD Protection | IEC 61000 4-2 |
FEATURES:
- Extremely Low Noise and High Gain
- High Intercept Point
- Wide Dynamic Range
- Internal Regulator / Active Bias
- Reverse Voltage Protection
- Wide Operational Voltage Range
- Flange Mount Available
BENEFITS:
- Fully Characterized Assembly
- Ruggedized Assembly
- Low Cost
- Highly Reliable
- Multi-Octave Frequency Coverage
- Military Screening Available
- Superior Customer Support
The module includes options with or without mounting flanges. Pricing for the V1 starts at $175.00 each (in quantities of 50). Power Interface Cable included. Contact Sales at 513-360-0800 or use our FAX ORDER FORM to place your order. Demo Units available to qualified customers.
Future versions include frequency coverage extending above 5 GHz (V2 and V3 models). Custom solutions are available with extremely short lead times.
APPLICATIONS ARE MANY AND INCLUDE:
- Ultra Low Noise Applications
- LNA for Cellular Base Stations
- High Linearity Applications
- General Purpose Amplification
- High Performance Receivers
- Military Radios
- RF Pre-amplification
- RF Wideband Front-Ends
- Evaluation and Test Setups
- University Research and Instruction
- Low Level Signal Amplification
- RF Signal Distribution Amplifiers
- Multi-Signal Environment Amplifier
- Increase Link Margin in Radio Systems
- Test and Measurement
- Engineering Laboratories
- UAV Platforms
- RF Repeater
